The Fault Aware Microprocessor Extension Quick response (FAME-QR) code was intended for capacity data and rapid understanding applications. I present another Read Solomon and four dimensional diffie hellman calculation. It would be computationally hard. Fault attacks are a realized danger to make sure about implanted executions. I propose a conventional procedure to identify and respond to blame attacks on implanted programming. The countermeasure joins a small scale design augmentation in equipment with a safe snare in programming. The joined expansion prompts a safe exemption mode to deal with deficiency attacks. The chip equipment utilizes a low-level equipment check directing system toward recuperate from shortcoming infusion. It comprises of data encoded utilizing qr code with a Error correction level. This permits us not exclusively to build the capacity limit of the FAME-QR code, additionally to recognize the first record from a duplicate. This verification is because of the affectability of the pre-owned examples to the print-and-sweep (P&S) process. The example acknowledgment technique that I use to peruse the second-level data can be utilized both in a private message sharing and in a confirmation situation. The capacity limit can be altogether improved by expanding the code letter set q or by expanding the finished example size. The test results show an ideal rebuilding of private data. It additionally features the chance of utilizing this new rich FAME-QR code for report verification.